Desiccating-machine.



E. R. FILLMORE.

DESIGUATING MACHINE.

APPLICATION FILED 13120111908.

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E. R. PILLMORE.

DESIGCATING MACHINE. APPLICATION FILED 0110.17, 1908 Patented" Nov. 2, 909.

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E. R. FILLMORE.

DESICGATING MACHINE.

APPLICATION FILED DEG.17, 190a.

Patented Nov. 2, 1909.

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STATES PATENT OFFICE.

mouse. rrr snironn, or mnnronn, MASSACHUSETTS, ASSIGNOR TO DANIEL n. KNOWL- TON, or BUFFALO, NEW YORK.

DESICCATING-MACHINE.

Application filed December 17, 1908.

To all whom it may concern:

Be it known that I, ELDON R. FILLMORE,

Medford, in the countypf Middlesex and State ofMassachusetts, haveinvented a new useful Improvement in Desiccating-Ma- Qlnnesiof which the following is a specification.

The invention relates to improvements in machines for desiccating liquid or semihquld materials, and more especially to machines for desiccating eggs and milk.

The primary object of the invention is to produce an efficient and practical machine of large capacity which can be economically operated and will produce desiccated material of superior quality.

More specific objects of the invention are to provide a lnachine for desiccating purposes in which the material is spread 'inthin films on a stationary drying surface and is scrapedofi' said surface after-desiccation by a traveling spreading and scraping mechanism, whereby. the product will be more evenly dried and of a more uniform flakey. character than has heretofore been produced; also to produce a machine of this nature for desiccating two materials simultaneously, thereby enlarging the capacity and scope of the machine; and also to improve desiccating. machines of this character'in the several respects hereinafter described and set rorth'in the claims.

In the accompanying drawings, consisting of four sheets: Figure 1 is a broken longitudinal section, partly in elevation, of a desiccatingv machine embodying the invention. Fig. 2 is a sectional plan view thereof on line 22, Fig. .1. Fig. 3 is a fragmentary sectional elevation thereof on an enlarged scale, omitting the casing of the drychainber. Fig. 4 is a transverse sectionaljelevation on an enlarged scale, in line tbFig. 3. Fig. 5 is a detail section of the scra ,'r of the lower spreading and scraping mec nism. F ig. 6 is-a sectional elevation of one of the journal boxes for the roller of the lower spreading and scraping mechanisnn Fi 7 is a fragmentary sectional plan viewr of t ie machine, omitting the table and upper spreading and scrapingihechanism.

F1g:-8 is a fragmentary sectional plan view, v.on; --a n enlarged scale, of oneend of the lower speeding and scraping mechanism. Fig. 9 jisa gside elevation, partly in seetiomofthe,

Specification of Letters Patent.

Patented Nov. 2, 19.09.

Serial No. 467,945..

lower spreading and scraping mechanism. Fig. 10 is a detail sectional elevation in line 1010, Fig. 9, showing the latch. for boldmg the spreading roller out of engagement with the table. Fig. 11 is a fragmentary sectional plan view of the,latch and its operating device. Fig. 12 is a fragmentary SQCtlOHAl'BlQVRtiOIl of the upper and lower spreading and scraping mechanism and the driving means therefor. Fig. 13 is a transverse sectional elevation in line l313, Fig. 9. Fig. 1-1 is an elevation, partly in section,

of the latclffor the desiccated egg recepta-' 'cle. Fig. 15 is a sectional elevation in line 15-15, Fig. l, showing the device for controlling the feed of the material to the lower spreading mechanism. Fig. 16 is a fragmentary sectional elevation of the feed mechanism for the milk, in line 1616, Fig. 12.

Like characters of reference refer to like parts in the several figures.

Briefly stated, the machine is organized and operates as follows It comprises a stationary horizontal drying table arranged within a drying chamber, and two spreading and scraping mechanisms which are reciprocated one above and the other below the table for spreading the material in thin films or layers on the top and bottom surfaces of the table for drying it and for removing the dried material; The lower mechanism, which is designed especially for handling egg batter, comprises a trough which is "arranged in the drying chamber transversely below the table, and to which the e g batter is automatically fed from a supply tank or reservoir. A roller, located in the trough, is adapted to roll against the under side of the table during the movement of the mechanism in one direction for spreading the batter thereon, and is held out of contact with the table during the return movement of the mechanism to allow the batter deposited on the table to dry. The mechanism may be thus reciprocated a plurality of times to deposit several films of batter on the table. After a sufiicient quantity of the batter has been deposited and dried on the table, the spreading-roller is shifted out of engagement with the table and the scrap ng device is shifted into position to scrape the dr ed. a tertr the a l he .per

LOO

the upper surface of the table for spreading the ml K thereo'n, and a tank from which the milk is fed to the spreading roller. As in thecase of the lower mechanism, the roller is held in engagement with the table during themovement of the mechanism in one direction for spreading the milkthereon, and is held off the table during the return move-' ment ofthe mechanism to allow the milk to .dry, and after a suflicient quantity of milk has dried on the table the spreading roller is shifted out of operative position and the scraping device nto position for removing the .driedmilk The upper and lower mechanisms are preferably operated by a coinmon drive mechanism which moves the two mechanisms simultaneously in opposite di rections. I "A represents an elongated horizontal drying chamber within which the drying table .13 and' the reciprocating spreading and scraping mechanisms are inclosed and to which heated air is supplied by suitable means (not shown). The casing of. the drying chamber may be of any suitable construction and it is preferably provided in its opposite long sides with doors a which affo'rdaccess to the inclosedmechanism. The table B is arranged lengthwise within the drying chamber and is suspended therein by suitable hangers'or supports 6, Figs. 1 and 2. The table, which maybe made of woodor other suitable material, has plain.-

or flat upper and lower surfaces and is preferably provided along its opposite edges with upwardly-extending flanges or strips 1), Figs. 2, 4 and 13, to confine the material,

directions by mechanism hereinafter described, for reciprocating the two spreading and scraping mechanisms so that they move simultaneously in opposite directions' The lower-spreading and scraping mechanism, which, as before stated, is designed more especiallyfor handling egg batter, is preferably constructedas follows: D represents atrough or receptaclewhich is arranged transversely beneath the drying table and is carried by a truck or carriage consistmg of opposite frames cl through which'extend axles (5 provided at their opposite ends with grooved wheels (1%. There are preferably anupper' and a lower pair of wheels at each end of the carriage which travel respectively on the upper and lower flanges of I-rails d which are arrangedhor zontally n .table andthe batter fed thereto in anyotlier the drying chamber at opposite sides thereof and are secured to suitable posts or supports df. The s de frames of the carriage are provided with lateral arms 03 which project out through horizontal slots al in the side walls of'the casing A and support's'upply tanks or reservoirs E for the egg batter outside of the drying chamber," Each supply tank or reservoircomprises a lower receptacle or compartment 6, see Figs. 1, 4, 7 and 15, and an upper receptacle or compartment 0'. The lower receptacles are connected with the trough D by pipes or passages c whichj-extend through the arms d? of the 'carriage,"

which arms are preferably hollow. 'ThB upper receptacle of each reservoir or tank secured to and supported on the lower recep- 'tacle by a bracket Fig; 15, or in any other suitable manner, andisprovided with a discharge spout a for deliveringthe batter 35 into the lower receptacle; Afloat-controlled valve e of anysuitable' construction, actu-" ated by the change of level of the batter in the lower receptacle, controls the feed from, '1' the upper receptacle to the lower one and 9b so maintains the batter at a constant level in the trough D. The-supply tanks or reservoirs being arranged outside of the drying chamber as described, arejnot subjected to so great a heat as they would-be if; vlocated .95 within the drying chamber. This is desirable, because if the batter becomes too-thick the feed thereof to the trough cannot .be regulated with as much certainty, and the thickening of the batter also interferes with spreading the same in uniformly thin films on the drying surface. The trough could be mounted to reciprocate below the drying.

suitable way. p, k

'F represents a spreading roller which -is located in the trough D and is'provide'd at itsopposite ends with journals f which are removably seated in bearings 7", Figs. {i and 6, in the inner endsof bearing arms f which depend intothe trough D; The journals are 'detach'ably retained in the bearings by any suit-able means, such as pivoted keepers or latches 7, see'F 1g. 6. The'bearmg arms for the roller extend laterallyover the endsof the trough D andare provided outside thereof with horizontal trunnions f j-ournal'ed in bearing boxes which are movable'yert cally in guideways f providedjon'the side frames of the trough carriage. f- Springs f, 2 i arranged in the guideways below the bearing boxes, tend to lift the same and holdf'the sprea dingroller up yieldingly against the under side of the drying table. The vertical movements of the roller are limit'edfh adjustable screws f atthe' upper and" ower" ends-of the guideways. f

' As the. lower 'scrapingandspreading mech anism is reciprocated beneath the drying;-

" table the spreading roller is held yieldingly v table any other suitable means. For holding the spreading rpller downput l against the under side of the table so as to "roll thereon and apply the batter thereto 'during the movement of the mechanism in one direction, and is depressed and held out of contact with the table during the return movement of the mechanism toalloW the batter to dry. Forthis purpose the follow-' ing means are employed:

Actuating arms G, Figs. 7, 8 and 9 are pivoted at g to the side frames of the-trough carriage and have sockets into which the outer ends of the t-runnions f of the roller bearingarms extend. .T he free ends of the actuating arms G are provided with inclined faces 0, Fig. 9, which, when the carriage approaches the limit of its movement in one direction, for instance, to the left in Figs. 3 and 7, are adapted to engage rillers g journaled on bracket-s g projecting laterally from opposite sides of the drying table, see Figs. 1, i2 and 3. \Vhen the actuating arms strike these rollers their free ends are depressed, which lowers the bearingarms and, depresses the spreading roller F out of contact with the drying table.

9 Figs. 8'11, represents a spring-pressed latch or plunger which is mounted in each carriage side frame aujacent to the actuating arm G. hen the actuating arms are depressed as stated, the latches are projected outwardly by their springs over the actuatii'ig arm and retain the free ends of the arm down and the roller out of contact with the table until the carriage approaches the limit of its movement in the opposite direction, when inclined faces on the latches are engaged by rollers mounted on brackets g, Figs. 1, 3, T, 9 and 11, and the latches are retracted, freeing the actuating arms G and permitting the spreading roller F to be raised into contact with the drying table by its springs f. This forms a' simple and effective means of automatically shifting the spreading roller into and out of operative engagement with the table in accordance with the movements of the carriage, butthe roller could be mounted so ,as to be raised and lowered in the trough in any other suitable manner and shifted into and out of operative engagement with the of engagement with the drying table when the dried material is to be sdraped off the mechanism alone, a cam H, Figs. 8 and table, or when, for any other reasons, it may be desired to hold the spreading roller out of action as, for instance, when it is desired to use the upper spreading and' scraping 7 is preferably employed which is locatedover the free end of eaohzactuating arm G and is secured to a rock shaft h which is journaled in a bearing-onthe side frame, of the tron h carria e and'is' rovided with a lever or arm 11.5.1

9 .mechanism, and t arm h into a position to engage the free end of the actuating arm G to depress and hold the spreading roller out of engagement with the table. i

l, Figs. '1. 9 and 1 represents a receptacle mounted on the trough carriage for receiving the desiccated. material scraped from the under side of the drying table. This receptacle is hinged at its bottom conveniently to the adjacent lower aXle (1 f the trough carriages-o that it can swing from the hori- 3 and 9, in. which it receives the material. to the position shown by broken lines in Fig. 3, for dumping the material.

K represents a knife or scraper mounted in the receptacle I for removing the dried inaknife or scraper is preferably adjustably secured to a shaft is, Figs. f 1 'l,-whichis journaled at its ends in bearings on the ends of the re'ceptacle I. An arm A", Fig. 9, is secured to each end of the scraper shaft and is held by a spring It against an adjustable screw or stop 7: on the end of the receptacle 1. An adjustable screw is provided for regulating the tension of the spring 7c. The springs 71 acting on the arms of the scraper, shaft hold the scraping edge in engagement with the under side of the table and permit the scraper to yield so that it will accommodate itself to the surface of the table andproperly scrape the dried material therefrom. A brush L is also arranged in the receptacle I in rear of the scraper K for brushing the under side of the table to remove particles of material which may be left adhering thereto bythe scraper. This brush is preferably secured to a shaft Z. the ends of which extend out through slots in the ends end of arms 7' which are pivoted on the ends of the scraper shaft 7. withtheir opposite ends bearing against adjustable screws or stops F on the sides of the receptacle 1. By adjusting these screws Z the brush can be held with the requisitepressure against the under side of the table. The dried .material removed fronrthe underside of the drying table by the scraper and brush falls into the receptacle I and .canbe discharged therefrom by swinging the receptacle down 'to the position shown by dotted lines in Fig.- 3.

Vhile' thewsciaper/a-nd brush are adjusn ably secured inthe receptacle I as described; they may, if desire be mounted-on some. other part of the c reading and scraping e mechanism could be provided. with ier means for removing and receiving the dried material." Any suitable means may be employed for holding the receptacleI in it's receiving position with its knife Kin scraping-engagement with the The card H can be turned by the table. In the construction shown, a latch} xontal position shown in full lines in Figs.

terial from the uiider side of the table. This ofthe receptacle l and are supported in one M is pivoted at each side of the receptacle I and is adapted, when the receptacleis raised to the receivingposition, to engage a suitable catch on; the trough. carriage. The inner ends of the shafts h for the cams H which hold the spreading roller in its in-' operative position are provided with cam downwardly to dump the material.

heads m, Fig. ll,- beneath the latches M.

A suitable spring m, Fig. 14, presses the latch ina direction to hold it in engagement 1 with its catch. This latch construction is such that when the cams H are turned to allow the spreadmg roller to be lfilSQCl into engagement with the drying table, the turning of the cam heads m will release the latches M so that the receptacle I'can swing After thetableThas been scraped the catch M is released to allow the receptacle to swing ing and receiving position.

down to itsdischarging position, where it is allowed to remain until another quantity of the egg batter has been deposited and dried on the under side of the table, when the receptacle is again secured in ltsscrap The upper spreading and scraping mechan sm corresponds 1nits general features with the lower spreading and scraping mechanism but is designed more especiallyfor milkor other llquld material which will flow more readily than the egg batter. Like the-lower mechanlsnn t 1s carried by a truck :or. carriage .X provided at its opposlte ends with upper and lower pairs of grooved wheels n which travel respectively on the upper and lower flanges of I-rails n which are arranged horizontally inthe drying chamber at opposite sides thereof but are suspended from above by suitable hangers or supports 11?.

. voirs O are supported on the carriage at opposite ends thereof and are provided with discharge pipes O which depend from the tanks, outside of the side frames of the carriage)? and are joined .by' a horizontal pipe 0? having bottom perforations. Valves 0 .are provided in the discharge pipe 0 which are automat cally operated, as hereinafter described, to turn on and shutoff the fecd' of'milk.

P represents a horizontal transverse roller which is adapted to bear against and roll on .the upper surface of the drying table tor eachother serve to distribute the milk over spreading the milk thereon. and 79 is a distributing roller arranged .abovethe drying table parallel with and bearing against one side of the spreading roller. The two rollers are arranged so that the valley between them forms a trough which is located below theperforated feed pipe and is adapted to receive the milkdischarging therefrom. The two rollers revolving in contact with the surface of the spreading roller which spreads or applies it in a thin film on the Two milk tanks or reser-.

brackets '2" upper surface of the drying table. If desired, the rollers maybe covered with cloth or-other material for facilitating the'uni:

;allow of the up and down movements of the spreading roller. The distributing roller 1) is provided with journals at its ends which bear in boxesa -which are movable toward and fromv the spreading roller'P in guide o )enin s in the Jivoted arms Ad'ustin v s l l s screws 12" are provided on the arms 9 for securing the journal boxes p in proper position to cause the distributing roller to bear with the desired pressure against the spreading roller.

As in the case of the lower spreading mechanism,' the spreading roller bears against'the table so as to apply the milk thereto during the movement of the carriage in one direction, and is lifted and held out.

of contact with the table during the return .movement of the carriage to allow the milk to dry, and the milk is fed to the rollersdur ing the movement of the carriage in which the spreading roller bears on the table, and is shut off during the return movement of the carriage. ing means are preferably employed:

The stems of the discharge valves 0 are provided with arms Q and 9', Figs. 12 and 16, and 'tappet arms or projections Q Q. are secured to brackets Q2 projecting inwardly from the rails 12. and located respectively in For this purpose the followthe paths of the arms 9 and lVhen the carriage approaches the limitof its move.- ment in one direction, the tappets Q. strike the valve arms 9 and turn the valves to open them to allow the discharge of the milk, and when the carriage approaches the limit of its movement in the opposite direction the other tappets Q'- strike the valve arms g and close the valves.

The su ))OI'tl1'1 arms 2 for the s ireadin l l c a:

roller are provided at their free ends with.

'iterall'y projecting portions provided withinclined faces R which, when the carriage approaches the limit of its forward move ment, are engaged by rollers 'r ournaled on projecting inwardly from the hangers for the carriage rails, and are lifted thereby to raise the spreading roller out of engagement with the table. When the arms are thus lifted, spring pressed latches 1 of any suitable constructionare projected. outwardly by their springs into engagement with parts of the arms p so as to hold the lift -i mclined faces adapted, when .the carriage approaches the limit of its return movement, to strike rollers r journaled on brack ets pro ecting inwardly from the supports for the carriage rails, whereby the latches are pressed inwardly against the action of.

- their springs and release the roller-supportmg arms so that the spreading roller can dro into engagement with the table.

' Vilnle the means above described, for controlling the feed of milk to the spreading roller-and for mounting this roller in its carriage and shifting it into and out of engagem'entwith the surface of the table, form a simple and eflicient construction, any other suitable and desirable construction may be emgloyed for this purpose.

represents a scraper or knife adapted to engage the upper surface of the table for removing the dried milk therefrom, and T represents a brush arranged in rear of the scraper for swee ing the table to remove portions of the dried milk which are left adhering to the table by the scraper. The

scraper and brush are adjustably mounted ;in a frame If in substantially the same manner as the scraper and brush of the lower spreading and scraping mechanism are mounted, or they can be mounted in any other suitable manner so as'to hold the scraper in yielding contact with the table and so that the pressure of the brush onthe table can be regulated. Any other suitable means for removing the dried material from the table may be employed. The frame t on which the scraper and brush are mounted ishin ed to the carriage N, conveniently to the adjacent lower axle of the carriage, so that the frame can be raised to lift the scraper and brush out of-operative engagement with the'table. Hooks t are shown on the frame If for engagement with the adjacent upper axle of the carriage to hold the scraper frame up in its inoperative position. v

The dried material is moved along the surfaceof the table by the scraper and brush to the end of the table, where it maybe removed by hand or in any other suitable manner.

Any suitable drive mechanism may be employed for driving theendless chains 0 to which the'upper and lower spreading and I scraping mechanisms are attached for reciprocating these mechanisms simultaneously in-opposite directions. In the mechanism shown, the chain wheels 0 at one end of the apparatus are secured to a shaft U, Figs.

' 1, 3 and 7, which is provided at one end with aworm wheel u meshing with a worm a on a drive shaft V which is journaled in suitable bearings o. Pulleys o '0 for straight and cross drive belts are ournaled upon the table.

loosely on the drive shaft and provided at their adjacent sides with clutch members adapted to be engaged separately by a sliding clutch sleeve a which is splined on the drive shaft between the pulleys. An operating arm to forthe clutch sleeve is secured to a rod W which extends horizontally lengthwise at one side of the apparatus and .is supported in suitable bearings w w Fig. 3. This rod is provided adjacent to opposite ends with adjustable tappet fingers or projections e0 to. When the lower spreading and scraping mechanism approaches the limit of its movement in one direction, a part secured thereto engages one of the tappets and shifts the rod in one direction to connect the drive shaft with one pulley, and when the spreading and scraping mechanism approaches the limit of its movement in the opposite direction the part thereon engages the other tappet and shifts the rod- \V in" the opposite direction to connect the drive shaft with the other pulley. The two spreading and scraping mechanisms preferably travel simultaneously in opposite directions, but any suitable mechanism for thus moving them can be used.-

T he two spreading and scraping mechanisms may be used simultaneously for drying materials on opposite sides of the table, or either mechanism can be used separately, as may be desired. Each film of material which is spread upon the surface of the table by the spreading roller when traveling in one direction, becomes thoroughly dried while the roller is moving in the opposite direction out of contact with the table, and before the next film of material is spread Each film is thus dried separately and is not disturbed by the operation of the mechanism in adding subsequent films thereto. This produces a uniform drying of all the material, which results in a light flaky product of an excellent and more uniform quality than can be produced in machines in which the material is deposited and dried upon an endless belt where the films tend to crack and peel during the movement of the belt. The lower spreading mechanism operatlng as described, for spreading the material upon the under side of the table, is especially adapted for thick and viscous materials which do not how readily and cannot be fed evenly to the spreading the material thereon and removface out'of contact with each .otherto allow the material to dry on said drying'surface during the movement of the reciprocating part in the opposite direction, substantially as set forth.

3. In a desiccating machine, the combination ioffa stationary drying surface and, a mechanism comprising tr-spreading device which is reciprocated along said drying surface, and means for holding the spreading device in position to "spread the material on the drying surface during the movement of saidmechanism in one direction and for holding the spreading device out of contact with said surface to allowthe material to dry thereon during the movement of said mechanism in the opposite direction, sub-' stantially as set forth.

4. In a desiccating machine, thecombmation of a stationary rying surface and a mechanism comprising spreading and scraping devices which are reciprocated along said drying surface, and means for holding the spreading device in position to spread the material on the drying surface during the movement of said mechanism in one direction and for holding the spreading device out of contact with said surface to allow the material to dry thereon during the movement of said mechanism in the opposite di re'ct-ion, said scraping device being inoperative during the operation of said spreading device, substantially as set forth.

5.- In a desiccating machine, the combination of a stationary drying surface and a mechanism comprising spreading and scraping devices which are reciprocated along;

said drying surface, and means for holding the spreading device in position to spread the material on the drying surface during the movement of said mechanism in one direction and for holding the spreading device outof contact with said surface to allow the material to dry thereon during the movement of said mechanism inthe opposite direction, one of said devices being movable out of operative position when the other device is moved into operative position, substantially as set fortl. v

6. In a desiccating machine, thecombination of a drying surface and a spreading and scraping mechanism, one of which parts is movable relative to the er. said spread ng and scraping mechanism comprising spreading and scraping devices for spreading the material ,upon the-surface of the table and removing it therefrom, one of said devices being movable out of operative position when the'other'device is moved into'operative position, substantially as set forth.

7. In a desiccating machine, the combination of a stationary drying surface, a spread ing roller which travels along the surface, a, scraper for removing the dried material from said surface, one of said devices being movable out of operative position when'the other device is moved intooperative'posi-- tion, and means-for supplying liquid material to said roller, substantially as set forth.

8. In a desic'cating machine, the combination of a drying table and a spreading mechanisnrbelow said table, one ofwhichparts travels relative to the other fol-spreading the material, on the under 'surface' of the table, and means for removing the dried material from said set forth.

9. In a desiccating machine, the combina{ tion ofa drying table and mechanism which travels below the I table" and comprises -a spreading device I for spreading the material on the under surface of said table, and a device for removing the dried material' from table, substantially as said table, substantially-as set forth.

10. In a' desiccating machine, the Q0ll]l.)lll2ltion of a dryingtable, a trough for liquid material which travels below the. table, and a spreading roller which rolls against the under surface of the table and "deposits the material from the trough upon said under surface of said table, substantially as set forth. v

11. In a desiccatiiig machine, the combiua--N5 "tion of a drying table, a trough for liquid material which travels below the table, a spreading roller which rolls against the under-surface of'the table-and deposits the material fromthetroughupon said under 11 surface of saidtable, and means for regulating the quantity of material in said trough, substantially as set forth.

12. In a, desiccating machine, the combi nation of a drying table and a spreading mechanism below said table, one of which parts travels relative tothe other for spreading the material 011 the under surface ,of the table, means for removing the dried material from the under surface of said table, and a receptacle below the table connected with said spreading mechanism for receiving the dried material, substantially as set forth v .13. In a desiccating machine, the combi-' nation of a drying table and mechanism which travels below the table and comprises a spreading device for spreading the material on the under surface of said table,-and a receptacle which travels below the-table, and means which travel with said receptacle for removing the dried material from the under surface of said table, substantially as set forth.

14-. In a desiccating machine, the combination of a drying chamber, a drying table in said chamber, means which travel along said table for spreading. the material on the surface thereof, and a reservoir located outside of said chamber which travels along with said spreading means for supplying material to said spreading means, substantially as set forth.

15. In a desiccating machine, the combination of a drying table, spreading mechanisms arranged on opposite sides of said table, means for producing a relative movement between said table and said spreading mechanisms whereby the material is spread upon opposite surfaces of the table, and means for removing the dried material from table, substantially as set forth.

16. In a desiccating machine, the combination of a drying table, spreading mechanisms arranged above and below said table, means for moving said mechanisms along said table to spread the material upon the upper and under surfaces thereof, and means for removing the dried material from the table, substantially as set forth.

l7. In a desiccating machine, the combination of a drying table, spreading mechanisms arranged above a nd'below said table, means for simultaneously reciprocating said spreading mechanisms in opposite direc tions along said table to spread the material upon the upper and under surfaces thereof, and means for removing the dried material from said table. substantially as set forth.

18. In a desiccating machine, the combination of a drying table, and mechanisms which travel above and below said table, each comprising spreading and scraping devices for spreadin the material onitlie upper and under surfaces of said table for removing it therefrom, substantially' 'as.

set forth. 1

19. In a desiccating machine,'*the combination of a drying table, spreading mechanisms arranged above and below said table, endless flexible connections attached to said upper-and lower mechanisms, and means for reciprocating said connections for simultaneously moving said spreading mechanisms ,in opposite directions along said table, substantially as set forth. 20. In a desiccating-machine, the combination of a drying chamber, a table located in said chamber, spreading mechanisms which travel above and below said table in said drying chamber for spreading the material upon the upper and under surfaces of the table, and means for removing the dried material from said table, substantially as set forth. fi

21. In a desiccati'ng machine-,'ygthe combination of a drying table, a spreading and scraping mechanism arranged to travel below the table including a trough containing the material and a roller which rolls againstthe under surface of the table and applies 

